Create circuits, run code, and see how electronics works.
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Drag components and connect them in seconds. No soldering, no mess, just click, drag, and learn.
Explore AyantrikBuild a game where the Arduino flashes a|
Ayantrik lets you Create circuits, run code, and see how electronics works.
Drag components and connect them in seconds. No soldering, no mess, just click, drag, and learn.
Explore AyantrikProjects guide you from beginner to advanced systems. Earn XP, unlock new challenges, and track your progress.
Model supported boards and components in the browser.
Always validate electrical limits and timing on physical hardware before deployment.
From Arduino to ESP32 - simulate the hardware
your curriculum already uses.
Share your circuits with others. Fork what inspires you.
Remix it into something new. All inside our community.
Share your circuits with the world in one click
Clone any project, tweak it, and make it yours
Earn XP, collect badges, and climb the rankings
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beginnerExplore this public build from the Ayantrik community.
beginnerExplore this public build from the Ayantrik community.
beginnerExplore this public build from the Ayantrik community.
beginnerExplore this public build from the Ayantrik community.
beginnerExplore this public build from the Ayantrik community.
beginnerExplore this public build from the Ayantrik community.
beginnerExplore this public build from the Ayantrik community.
beginnerExplore this public build from the Ayantrik community.
beginnerExplore this public build from the Ayantrik community.
beginnerReal-Time Distance Monitoring System is an Arduino-based project that uses an ultrasonic sensor to measure the distance of nearby objects in real time. Based on the measured distance, green, yellow, and red LEDs indicate safe, caution, and danger zones. The system also displays live distance readings, status messages, and processing time through the serial monitor, providing an efficient and easy-to-understand distance monitoring solution.
Teachers run labs while students build circuits live.
Monitor progress, help those who are stuck, and celebrate success.
Explore organization, classroom, and learning workflows.
Confirm plan access and rollout requirements before adoption.
The live classroom feature is a game-changer. I can demonstrate circuits and my students follow along on their own devices in real-time.
Guides and deep dives on circuits, Arduino, and
the concepts behind every project.
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Looking for a free online Arduino simulator? Compare the top tools to wire breadboards, test sensors like HC-SR04 and SG90 servos, and debug embedded code directly in your browser without spending money on physical hardware.
Learn how to interface the HC-SR04 ultrasonic distance sensor with an Arduino Uno without frying pins or debugging faulty breadboard jumpers. This guide covers the pinout, step-by-step wiring diagram, non-blocking C++ code, and how to simulate the complete circuit live in your browser before buying hardware.
Remote electronics teaching doesn't mean a watered-down curriculum. Discover how Indian teachers are using browser-based virtual labs to run richer experiments, eliminate hardware failures, and assess students more rigorously — without a single physical component.
Building legged robots introduces massive physical hurdles like servo current spikes and calibration delays. Learn how to design, wire, and program an 8-DOF MiniKame quadruped from scratch inside Ayantrik’s safe virtual physics sandbox before flashing code to real hardware
Discover how smart home appliances sense the world around them. This step-by-step tutorial walks you through wiring and coding an autonomous night-light system inside Ayantrik Lab, complete with circuit guides and logic breakdowns.
No more raised hands, no more hidden errors. Take total control of your electronics projects with Ask AI, the personal lab assistant inside Ayantrik that never gets tired.
Start free, upgrade when you're ready.
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Prices in INR. Annual saves up to 20%.
Choose Free if you:
A practical starting point for exploring circuits and lessons.
Key features:
3 projects
1 course
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For students building personal projects and guided experiments.
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10 projects
5 courses
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For advanced prototyping, private work, and AI-assisted workflows.
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Unlimited projects
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